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Do it Yourself instructions and tutorials by Sensate. Build your own sensors to monitor your home, your plants and more!

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With the help of this guide you can build a simple barometric weather station that transmits the data via WLAN to your (Android and iOS) smartphone. You can use it to monitor temperature, humidity and barometric pressure. This project uses a NodeMCU Amica v2 (based on the ESP8266 microcontroller) and a BME280 sensor. This sensor has a much higher accuracy than e.g. the popular DHT11 sensor. The current measurement data is also shown on the OLED display. For Everyone, Arduino, The Help, Ios, Monitor, Smartphone, Android, Diy Projects, Weather

With the help of this guide you can build a simple barometric weather station that transmits the data via WLAN to your (Android and iOS) smartphone. You can use it to monitor temperature, humidity and barometric pressure. This project uses a NodeMCU Amica v2 (based on the ESP8266 microcontroller) and a BME280 sensor. This sensor has a much higher accuracy than e.g. the popular DHT11 sensor. The current measurement data is also shown on the OLED display.

With the help of this guide you can measure several temperatures (wired, in air, water and even in the ground). The data is transmitted via WiFi to your smartphone (Android and iOS) and helps you to monitor e.g. your hot water tank, your garden house and much more. This project uses a NodeMCU Amica v2 (based on the ESP8266 microcontroller) and two wired DS18B20 sensors. The current measurement data is also shown on the OLED display. Water Tank, Wifi, Display

With the help of this guide you can measure several temperatures (wired, in air, water and even in the ground). The data is transmitted via WiFi to your smartphone (Android and iOS) and helps you to monitor e.g. your hot water tank, your garden house and much more. This project uses a NodeMCU Amica v2 (based on the ESP8266 microcontroller) and two wired DS18B20 sensors. The current measurement data is also shown on the OLED display.

With the help of this guide, you can build a battery-operated moisture meter for your plants that measures the moisture of the plant soil every 30 minutes and transmits the measured data to the Sensate platform. The two AA batteries that are used for the project should allow several months of operation. Also rechargeable batteries can be used for the operation of the smart flower watering assistant. Electronic Schematics, Smart Garden, Porch Garden, Water Flowers, Apartment Porch, Moisturizer, Coding, Desert Rose, Battery Operated

Electronic Schematics

Apartment Porch

Battery Operated

With the help of this guide, you can build a battery-operated moisture meter for your plants that measures the moisture of the plant soil every 30 minutes and transmits the measured data to the Sensate platform. The two AA batteries that are used for the project should allow several months of operation. Also rechargeable batteries can be used for the operation of the smart flower watering assistant.

With the help of this guide you can build a temperature and humidity sensor in a compact housing which transmits the data via WLAN to your (Android and iOS) smartphone and helps you to protect your basement or bathroom from mould, for example. This project uses a NodeMCU Amica v2 (based on the ESP8266 microcontroller) and a DHT11 sensor. The current measurement data is also shown on the OLED display. You should be able to use a saw, a file, a drill and a soldering iron for this project. Humidity Sensor, Soldering Iron, Temperature And Humidity, Compact

Humidity Sensor

Temperature And Humidity

With the help of this guide you can build a temperature and humidity sensor in a compact housing which transmits the data via WLAN to your (Android and iOS) smartphone and helps you to protect your basement or bathroom from mould, for example. This project uses a NodeMCU Amica v2 (based on the ESP8266 microcontroller) and a DHT11 sensor. The current measurement data is also shown on the OLED display. You should be able to use a saw, a file, a drill and a soldering iron for this project.

With the help of this guide you can easily and quickly build a temperature and humidity sensor that transmits the data via wifi to your (Android and iOS) smartphone and helps to protect your basement or bathroom from mold, for example. This project uses a NodeMCU Amica v2 (based on the ESP8266 microcontroller) and a DHT11 sensor. The current measurement data is also shown on the OLED display. Esp8266 Wifi, Computer Science, Basement, Programming

Computer Science

With the help of this guide you can easily and quickly build a temperature and humidity sensor that transmits the data via wifi to your (Android and iOS) smartphone and helps to protect your basement or bathroom from mold, for example. This project uses a NodeMCU Amica v2 (based on the ESP8266 microcontroller) and a DHT11 sensor. The current measurement data is also shown on the OLED display.